TPU Easy Print 92 Shore A

Including VAT, excluding shipping costs .

Color: Testgrau #838381
In stock

Regular price 39,90€ Sale price 39,90€ Unit price (€53,20  per  kg)

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2.5 & 5 kg available on request - contact us

Description

BavaFlex TPU Easy Print is a high-performance, ester-based elastomer specifically designed for stress-free processing and complex multi-material applications. With a Shore hardness of 92A , it offers noticeable flexibility while maintaining excellent control during the printing process. Its outstanding characteristic is its chemical affinity for engineering plastics, making it the ideal partner for two-component (2K) prototyping .

The advantages of BavaFlex TPU Easy Print:

  • Excellent adhesion: This TPU forms an extremely strong bond with hard plastics such as ABS, PET-G, PC, and PET . Perfect for soft-touch surfaces, seals, or rubberized grips directly on the component.
  • Optimized printability (Easy Print): The formula has been adjusted to minimize typical stringing and ensure reliable material flow even on printers with less complex extruders.
  • Extreme mechanical strength: Despite its simpler processing, it offers the full TPU power: It is virtually indestructible, does not break, and exhibits very high elongation at break.
  • Outstanding abrasion resistance: The material protects underlying components and remains dimensionally stable and wear-resistant even under intensive mechanical stress.

Ideal areas of application:

Due to its ability to fuse firmly with other materials, it is ideally suited for housings with integrated seals, ergonomic handle elements in toolmaking, and functional prototypes in the automotive and consumer goods industries.

System compatibility

  • System check: Due to the medium softness (92A), we recommend a careful check of the feed rate for multi-material systems (such as the AMS).

Available in 0.75 kg and 1.75 mm diameter.

Product performance

SPECIFICATION

  • TPU filament on a spool, vacuum packed
  • Net weight: 750g, Gross weight: 1kg
  • Hardness: Shore A 92
  • Diameter: 1.75mm +/- 0.05mm, 2.85mm +/- 0.05mm
  • Roundness: +/-0.03mm
  • Extruder temperature varies depending on printing speed and layer thickness: 210°C - 245°C.
  • Recommended extruder temperature for initial tests: 215°C - 225°C.
  • Print bed: unheated; for large parts, a print bed temperature of approximately 60°C can reduce shrinkage.

PROCESSING INSTRUCTIONS

  • Only suitable for direct drive extruders
  • Printing speed 30-110mm/s depending on printing speed and nozzle temperature

BavaFlex TPU easy print has very high adhesion, so it's recommended to test with an unheated print bed. For large parts, a print bed temperature of approximately 60°C can reduce warping. The first layer should be 0.3 mm thick to compensate for unevenness in the print bed. TPU is prone to stringing. Adjust the parameters to minimize stringing. With soft materials, the extruder may slip slightly during filament transport, so set the flow rate (trailing, multiplier) to 100-120%. Setting the blower fan to 100% after the first layer helps cool the melt quickly enough at transitions.

1. General Security Information

  • Use only by trained personnel:3D printing with TPU filaments requires specific knowledge of extruder types (direct drive vs. Bowden) and adjusted printing speeds. Children should only operate the 3D printer under constant adult supervision.
  • Ventilation:Small amounts of fumes may be released when melting thermoplastic elastomers (TPU). Ensure adequate ventilation of the work area or use an enclosure with active air filtration.

2. Instructions for handling TPU filament

  • Sensitivity to moisture (hygroscopy):TPU is very susceptible to absorbing moisture from the ambient air. Damp filament can lead to blistering, stringing, and reduced layer adhesion. Always store the filament in an airtight container with a desiccant (silica gel) or dry it before use at approximately 50°C - 55°C.
  • Avoiding overheating:Take care not to massively exceed the recommended printing temperature to avoid thermal deterioration of the material.
  • Hot surfaces:Never touch the nozzle or the heated bed during operation. Molten TPU has a high adhesive quality and can cause severe burns upon skin contact.

3. Special safety instructions

  • Choking hazard:Keep filament remnants and small parts away from children and pets. Due to the high toughness and elasticity of TPU remnants, they pose a particular risk if swallowed.
  • First aid in case of incidents: Burns:In case of contact with molten TPU, immediately cool the affected area of ​​skin under running, cold water for at least 10-15 minutes. Do not forcibly peel the plastic off the skin, as this can damage the tissue. Consult a doctor.Fumes:If you experience respiratory irritation or dizziness, leave the room immediately and go outside for fresh air. Seek medical advice if symptoms persist.

4. User responsibility

  • Duty of care:The user is responsible for correctly configuring their printer. Since TPU can adhere very strongly to print beds (especially smooth PEI or glass), a release agent should be used to prevent damage to the print bed during removal.
  • Protective equipment:When removing stubborn support structures, it is recommended to wear safety glasses and cut-resistant gloves, as TPU parts can jump off unpredictably when cut due to their toughness.

Shipment

  • Within Germany: €5.99 (Free shipping for orders over €50)
  • EU: €8.99 (free shipping for orders over €75)
  • Shipping time: 3-5 working days (outside Germany possibly 1-2 days longer)

Shipping

  • Within Germany: €5.99 (Free for orders over €50)
  • EU: €8.99 (Free for orders over €75)
  • Shipping Duration: 3-5 working days (outside Germany possibly 1-2 days longer)

Need advice on printing temperatures or material selection? You'll find our recommendations in the FAQ . Our team is always available to answer any specific questions.

Our services offer support in selecting suitable filaments, answering material-related questions, and addressing specific 3D printing requirements. The goal is to enable optimal printing results and the reliable implementation of technical projects.

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